Day 3: Thursday, 13th March 2025

Panel 13: Concrete in structural design

85 Climate-friendly concrete construction using standardized benchmarks – The GHG guideline published by the DAfStb

Klimaschonender Betonbau mit genormten Benchmarks – Die THG-Richtlinie des DAfStb

Univ.-Prof. Dr.-Ing. Michael Haist; Univ.-Prof. Dr.-Ing. Christian Glock; Prof. Dr.-Ing. Udo Wiens

 

86 Categorization of permissible GHG emission limits relative to built structural frameworks according to the DAfStb guideline

Einordnung zulässiger Grenzwerte für THG-Emissionen nach DAfStb bezogen auf gebaute Tragwerke

Marc Kaczorowski, M.Sc.; Lukas Felber, M.Sc.

87 Eco-concrete for structural precast elements applying a future-proof construction method

Umweltbeton für konstruktive Betonfertigteile in einer zukunftsfähigen Bauweise

Dipl.-Wirtsch.-Ing. Siemon J. Piotrowski; Dr. rer. nat. Florian Hüller; Thomas Merz B.A. (FH); Timo Schmidt-Heck

 

88 Axial and flexural tensile strength of thin members made of ultra-high-performance concrete

Zug- und Biegezugfestigkeit dünner Tragelemente aus ultra-hochfestem Beton

Univ.-Prof. Dr.-Ing. Torsten Leutbecher; Jan Schuller, M.Sc.

 

89 Practical guidance for using fiber-reinforced polymer (FRP) reinforcement in compression

Praxishinweise zur Verwendung von Faserverbundkunststoff(FVK)-Bewehrung unter Druckbeanspruchung

Lukas Bujotzek, M.Sc.; Prof. Dr.-Ing. Danièle Waldmann

 

90 Extension of the design rules for RAC for resource-efficient construction of the future

Erweiterung der Bemessungsregeln für R-Beton für ein ressourcenschonendes Bauen der Zukunft

Annkathrin Sinning, M.Sc.; Univ.-Prof. em. Dr.-Ing. Dr.-Ing. E.h. Josef Hegger;

Univ.-Prof. Dr.-Ing. Martin Claßen

 

91 The DIN 1045:2023 series of standards – What should structural designers know about the new DIN 1045-2?

Normenreihe DIN 1045:2023 – Was muss der Tragwerksplaner zur neuen DIN 1045-2 wissen?

Dr.-Ing. Christoph Alfes

 

92 Fatigue resistance of dry concrete joints in compression in modular structures

Ermüdungswiderstand von Betontrockenfugen unter Druckbeanspruchung in modularen Konstruktionen

Univ.-Prof. Dr.-Ing. Vincent Oettel; Dr.-Ing. Boso Schmidt; Linus Joachim, M. Sc.

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Related articles:

Issue 03/2025

Climate-friendly concrete construction using standardized benchmarks – The GHG guideline published by the DAfStb

The construction industry contributes significantly to climate change owing to the quantities consumed and greenhouse gases emitted, which are also referred to as embodied emissions. This is...

more
Issue 03/2025

Categorization of permissible GHG emission limits relative to built structural frameworks according to the DAfStb guideline

Constructing and decommissioning buildings, particularly their structural frameworks, generates enormous greenhouse gas (GHG) emissions. As structural engineers, we thus make a major contribution to...

more
Issue 02/2021

DAfStb guideline on “Structural concrete members with non-metal reinforcement”

Developments in the field of non-metal types of reinforcement are emerging both in Germany with the C3 project (e.g. [1]), technical approvals and pilot projects, and in Europe with the...

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Issue 02/2018 Part 2: Design and construction

The new DAfStb Guideline on UHPC

The design and construction part of the DAfStb Guideline on UHPC replicates the structure of EN 1992-1-1. The verification methods are based on the design principles for reinforced and prestressed...

more
Issue 02/2018 Design principles at the core of the document – what to comply with?

The DAfStb Guideline on Waterproof Concrete Basements

The relevant subcommittee of the German Committee for Structural Concrete has drafted an update on the Guideline on Waterproof Concrete Basements [2] fourteen years after publication of its original,...

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